public static void UpdateWithManufacturing(
IStaticWorldObject worldObject,
LiquidContainerState liquidContainerState,
LiquidContainerConfig liquidContainerConfig,
ManufacturingState manufacturingState,
ManufacturingConfig manufacturingConfig,
double deltaTime,
bool isProduceLiquid,
bool forceUpdateRecipe = false)
{
ManufacturingMechanic.UpdateRecipeOnly(
worldObject,
manufacturingState,
manufacturingConfig,
force: forceUpdateRecipe);
var isUseRequested = manufacturingState.HasActiveRecipe;
UpdateWithoutManufacturing(
liquidContainerState,
liquidContainerConfig,
deltaTime,
isProduceLiquid,
isUseRequested,
out var wasUsed);
if (wasUsed)
{
ManufacturingMechanic.UpdateCraftingQueueOnly(
manufacturingState,
deltaTime);
}
}
public static void UpdateWithManufacturing(
IStaticWorldObject worldObject,
LiquidContainerState liquidContainerState,
LiquidContainerConfig liquidContainerConfig,
ManufacturingState manufacturingState,
ManufacturingConfig manufacturingConfig,
double deltaTime,
bool isProduceLiquid,
bool forceUpdateRecipe = false)
{
ManufacturingMechanic.UpdateRecipeOnly(
worldObject,
manufacturingState,
manufacturingConfig,
force: forceUpdateRecipe);
var isUseRequested = manufacturingState.HasActiveRecipe;
var wasFull = liquidContainerState.Amount >= liquidContainerConfig.Capacity;
UpdateWithoutManufacturing(
liquidContainerState,
liquidContainerConfig,
deltaTime,
isProduceLiquid,
isUseRequested,
out var wasUsed);
if (!wasFull &&
liquidContainerState.Amount >= liquidContainerConfig.Capacity)
{
/* Note: This is a special workaround for oil pump.
* The problem with it is that it becomes inactive (IsActive set to false) for single server update
* once the full capacity is reached. With this workaround we're forcing it to refresh the recipe
* that will in turn update the crafting queue and produce the output without interruption. */
// became full, update the recipe
ManufacturingMechanic.UpdateRecipeOnly(
worldObject,
manufacturingState,
manufacturingConfig,
force: forceUpdateRecipe);
// force crafting system update
wasUsed = true;
}
if (wasUsed)
{
ManufacturingMechanic.UpdateCraftingQueueOnly(
manufacturingState,
deltaTime);
}
}
public static void UpdateWithoutManufacturing(
LiquidContainerState state,
LiquidContainerConfig config,
double deltaTime,
bool isProduceLiquid,
bool isUseRequested,
out bool wasUsed,
bool resetAmountToZeroWhenNotEnoughToUse = false)
{
var amount = state.Amount;
if (isProduceLiquid)
{
amount += config.AmountAutoIncreasePerSecond * (float)deltaTime;
}
wasUsed = false;
if (isUseRequested)
{
var amountToDeduce = config.AmountAutoDecreasePerSecondWhenUse * (float)deltaTime;
if (amount >= amountToDeduce)
{
amount -= amountToDeduce;
wasUsed = true;
}
else if (resetAmountToZeroWhenNotEnoughToUse)
{
amount = 0;
}
}
amount = MathHelper.Clamp(amount, 0, config.Capacity);
state.Amount = amount;
}
